Department of Chemistry University of Oxford

Oxford Chemistry

Donor Recognition

The University of Oxford would not exist without the generosity and vision of its benefactors. Philanthropic tradition not only enables Oxford to maintain its position as a world-class institution, but also invests in our future.

Donors to the Department of Chemistry will receive special communications and reports from the Department and will be invited to a programme of events throughout the year. Gifts of every size make a real impact to us and are greatly appreciated.

In addition to a special relationship with the Department, the University is proud to offer its supporters the following recognitions:


Oxford enjoys ongoing relationships with its benefactors, whose continuing involvement in the life of the University may include taking part in a variety of events. Major benefactors will receive invitations to project related events, such as special lectures and opening ceremonies. In the year of their significant benefaction, it is hoped that donors may join the University at its biggest celebration, Encaenia. Oxford sporting events include the annual Oxford v Cambridge Boat Race and Varsity matches.

Naming Opportunities

The University is delighted to explore ways in which it can recognise its benefactors. These may include naming opportunities on buildings, schools, libraries, institutes, chairs, posts, scholarships, plaques and rolls of honour where appropriate. The Ashmolean Museum and Bodleian Library were both named in honour of individuals whose generosity lives on. Some benefactors may wish their philanthropy to be anonymous, or may choose to honour a relative or eminent figure.

The Vice-Chancellor's Circle

The Vice-Chancellor’s Circle was launched in 2009 to recognise those individual, foundation and corporate benefactors who have provided generous support to the collegiate University.  In addition to receiving regular communications from the Vice-Chancellor and other senior officers, members will be invited to special meetings of the Vice-Chancellor’s Circle. These occasions will showcase the breadth of intellectual talent at Oxford and the significant contribution to society of alumni and friends. The Circle will engage members in the diverse, ever-vibrant life and work of the collegiate University.

The Chancellor's Court of Benefactors

For substantial benefactions, the Chancellor may invite the University and the Colleges' most significant supporters to become members of the prestigious Court of Benefactors. The Court meets each autumn in Oxford. This provides an opportunity for benefactors to engage with the Chancellor, Vice-Chancellor, Heads of Colleges and senior academics, and to meet with other members of the Court, and to gain a greater understanding of the life and work of the University and the Colleges.

Clarendon Arch 

A member of the Chancellor’s Court of Benefactors may have their generosity to the Collegiate University honoured by the engraving of their name in the Clarendon Arch, near the entrance of the historic Bodleian Library. Names already inscribed include such historic benefactors to Oxford as Sir Thomas Bodley, Queen Elizabeth I, John Radcliffe, King Henry VIII, Sir Ernest Oppenheimer, Queen Elizabeth II, and Cecil Rhodes.

The Sheldon Medal

The highest honour the University of Oxford can bestow is the Sheldon Medal, reserved for an individual benefactor who has made a strategic difference to the life of the University. The Medal is named after one of Oxford’s early benefactors, Gilbert Sheldon, who graduated from Oxford in 1620. It may only be awarded to one person each year, and is restricted to members of the Chancellor’s Court of Benefactors. The presentation of the Medal is made by the Chancellor in Oxford’s historic Sheldonian Theatre.


For More Information

If you would like to discuss the power of philanthropy in the Department of Chemistry and our ways to thank and recognise your generosity, please contact:

Jane Rice

+44(0)1865 275093

Oxford Chemistry

South Parks Road



Donor Charter